Calibration anvil for Sclerometer

The anvil is specifically designed for verifying the technical characteristics of Concrete Rebound Hammer after every 1,000 impacts or once every three months.

It is intended for indoor use and consists of a robust cylindrical base, into which a test plate made of hardened tool steel is embedded. The anvil also features a guide sleeve, securely attached to the base, that ensures the hammer remains perfectly perpendicular during impact, thus maintaining the accuracy of test results.

Application:

Purpose: Designed to control and verify the accuracy of Rebound hammer readings, ensuring they meet the specified standards.
Test procedure: To determine the accuracy of the readings, conduct 5 to 10 measurements, calculate the average, and compare it with the reference value provided in the anvil’s manual, considering the acceptable margin of error.

Advantages

Consistent accuracy: Ensures reliable calibration of Concrete Rebound Hammer, maintaining accuracy over time.
Durable construction: Made with high-quality, hardened tool steel, the anvil is built to withstand frequent testing and harsh conditions.
Precision engineering: The guide sleeve guarantees a precise perpendicular strike, crucial for consistent and repeatable results.
Easy maintenance: The design facilitates straightforward maintenance and storage, protecting the test plate from corrosion.

Specifications

Material	Stainless Steel
Material of test plate	Hardened tool steel
Hardness of test plate	60±2 HRC
Rebound hammer reading values	· 80±2 (for model MSh-225) · 74±2 (for model MSh-75)
Gross weight	16 or 19 kg
Package dimensions	230 mm x 230 mm x 350 mm
Storage conditions	Store in a dry, dust-protected environment, and ensure the test plate is protected from corrosion.